KR20210075811A - the structure for the strong wind protection wall in the vinyl house - Google Patents

Abstract

The present invention relates to a structure for a strong wind protection wall in a plastic greenhouse. More specifically, the present invention is to provide protection against winds by installing a protective wall in an outer section of a plastic body to reduce the risk of damage and to purify fine dust in the indoor space and control the indoor temperature by reducing the impact on the plastic body that appears due to sudden climate changes such as strong winds and cold winds in the plastic greenhouse covered with the plastic body for protecting the farming in orchards, greenhouses, and horticultural complexes.

Description

The structure for the strong wind protection wall in the vinyl house

The present invention relates to a structure for a strong wind protection wall in a plastic house, and more particularly, for protection for farming in an orchard, a plastic house, or a horticultural complex, a plastic house covered with a vinyl body is subjected to rapid climate change such as strong wind or cold wind. It is an invention to provide protection against strong winds by installing a protective wall in the outer section of the vinyl body to reduce the risk of damage and to purify fine dust and control the indoor air by reducing the impact on the vinyl body. .

In general, damage to crops is increasing due to damage from strong winds and cold damage due to climate change, and damage to vinyl bodies. Here, in order to prevent the occurrence of the damage, the nonwoven fabric and thin vinyl sheet are covered with a vinyl body on the outside, and are wrapped with a double vinyl body, which is expensive for installation cost, practicality, and the like.

It is to be installed as a plastic house wrapped in a plastic body on farmland or horticultural complex.

In addition, in order to prevent damage from strong winds or heavy snow caused by rapid climate change, by replacing the vinyl body with a glass plate or wrapping it with multiple overlapping insulating materials, the thermal insulation is increasing, but as the installation cost increases, the practicality decreases. will be.

In addition, strong winds are divided into northwest winds and southeast winds depending on the season, and the characteristic of temperature is that the air temperature on the ground adjacent to the land is a low temperature and gradually rises upward, and the air temperature increases. .

In addition, although windbreak forests are planted in farmland areas with a lot of strong winds, it is necessary for a long time to create a windbreak forest, and the damage caused by the increase in the scale of heavy snow in winter is leading to annualization. And in the era of forecasting the strength of wind power, it is an era in which unmanned driving is possible. In addition, a black mulching film is used on both sides for sowing seedlings in field crops, and the black mulching film portion is a section that blocks sunlight and is heated by sunlight at the same time. Therefore, in the present invention, as it is adjacent to facilities such as an agricultural complex, a durable reinforcement structure with enhanced economic efficiency is required.

In addition, typhoons, strong winds, and cold waves appearing as a result of climate change are a phenomenon in which damage to crop cultivation is gradually increasing, and as an example of a countermeasure against fine dust pollution, groundwater adapted to the underground temperature of the soil is used as a refrigerant. The use of energy for heating or cooling due to lack of groundwater or extreme heat and extreme cold is not practical for economical reasons. In addition, the plastic house is constructed with a plurality of plastic houses at predetermined intervals in the direction of the strong wind or cold wind, which is the installation of a moving space (C) that guides the thick waste plastic sheet into the air as the strong wind inclines. This is provided to reduce the occurrence of damage.

A plastic house that wraps a vinyl body on the outer surface of the aggregate that the upper section protrudes in a cylindrical shape in sections where strong wind or cold damage is expected in farmland, orchards, horticultural complexes, etc., and a strong wind guiding wall that slopes in the outer space of the plastic house In addition, it guides most of the strong wind that is called to the plastic house in the air direction, but the temperature with the cold and hot water provided by the cold and hot water device operated by the energy generated from the solar power generation panel in a separate box buried in the land is maintained. By supplying the controlled air and humidity to the filter body, it is provided to the indoor space.

In addition, strong winds flowing from the shoulder of the greenhouse to the passage section adjacent to the soil are guided to the curved sidewalls of the greenhouse, thereby dispersing the blowing strong winds, purifying fine dust and regulating indoor air, while moving into the air. The inducing effect was provided to reduce the damage of blowing wind or cold sea.

In addition, in the sweltering summer, an air passage hole 247 perforated in the plastic 125 is provided on the side of the plastic house 100 so that the indoor space is ventilated.

In addition, heavy snow falling on the plastic house is piled up on the outer surface of the plastic house, and due to the high load of the heavy snow that appears, the damage that collapses over the bearing capacity of the aggregate causes fatal damage to the horticultural crops cultivated. Bar, of the plastic house By installing a separate windbreak wall in the outer section, it is to prevent damage by distributing the high load against heavy snowfall.

In addition, in order to induce strong winds or cold damage into the air, in the upper space, which is the convex part of the plastic house, a plurality of supports protruding to the left and right are continuously and repeatedly protruded, and the ends of the protruding supports are fixed to each other by connecting them. Assemble the supporting beam to become a supporting beam and the guide wall that hangs on the supporting beam at an angle, and by driving it to the land 170 under the inclined guide wall and fixing it to the protruding fixed beam, the inclined guide wall By guiding in the air direction, it is to provide that the cold air introduced into the space (A) below the guide wall is discharged into the air while moving to the outside of the vinyl body.

In addition, as an invention for an embodiment of the main part of the present invention, it is an invention for reducing the occurrence of damage to strong winds in a facility with an inclined roof while being built in a coastal area or flat land,

Assembling a fixture provided as a protrusion at the lower end of the inclined underground, and a strong wind guiding wall that is installed obliquely while hanging on the fixture. In order to assemble the lower side of the strong wind guiding wall, it is embedded in the ground and assembled on a fixed hook. This is to prevent damage from strong winds or cold seas caused by climate change.

In addition, it is an invention that is provided in the space of the lower end of the roof plate to be assembled on a windproof wall driven in a rolling type, and to guide the strong wind blowing into the building to the sloping roof in an unmanned state as a remote control like a mobile.

It is installed at the lower end of the blast furnace strong wind guide plate by fixing it with a support pillar, but it is to provide a rolling type windshield that can be remotely controlled according to the time when the strong wind blows.

In addition, it is to reinforce the durability against strong wind in the windbreak wall (a wall to prevent damage from strong wind; hereafter referred to as a windbreak wall), which is to use tent paper and waste vinyl sheet to meet the needs of economic feasibility and practicality. It is provided as a tent, cloth, or sheet formed in a thin thickness, which is provided with a buffer structure with reinforced flexibility against strong winds.

The aggregate 110 in which the upper section is connected to the arc-shaped curved part 158 while protruding from both sides of the land 170, and the aggregate 110 in the longitudinal direction to form the inner space (s) of the plastic house 100 The inner space (s) is formed by covering a plurality of aggregates 110 constructed with a vinyl 125 on the outside of the aggregate 110 for houses assembled with a connection aggregate 120 to which the aggregate 110 is fixed. In the plastic house 100 and the plastic house 100 to which the box 255 for the cooling space and the body 179 buried in the shoulder of the plastic house 100 are fixed,

In the plastic house 100, the connecting aggregate 120 assembled in the longitudinal direction along the upper end (g) for the curved portion 158 of the plurality of aggregates 110, and the plurality of upper ends formed in the aggregate 110 ( A plurality of straight rods 79 that protrude to form a strong wind discharge space (B) on one side while being fixed to g), and a connecting aggregate 155 that connects the ends of the plurality of straight rods 79 with each other;

A plurality of indictments 179 fixed to the land 170 so as to be fixed to the outside than the connecting aggregate 155 on the shoulder of the plastic house 100, and a fourth aggregate connected to each other according to the plurality of indictments 179 ( 140), the inclined pipe 180 for obliquely fixing between the connecting aggregate 155 and the third aggregate 130, and the third aggregate 120 and the fourth aggregate 140 fixed by the inclined pipe 180. ) between the strong wind induction wall 182' provided by covering with tent paper 182, and the strong wind inlet space (A) formed in the prosecution 179 section by assembling the strong wind inducing wall 182', and the straight line As the formation of the strong wind discharge space (B) formed in the section of the rod (79), the strong wind blowing to one side of the plastic house 100 is the strong wind introduced into the strong wind inlet space (A) through the strong wind guiding wall (182') into the air. As an induction, it is an invention that provides to protect the greenhouse.

In addition, a photovoltaic panel 288 heated by sunlight to be provided on the strong wind guiding wall 182 ′;

The straight aggregate 160 fixed to the curved part 158 of the upper end of the aggregate 110 for the plastic house 100, and both directions of the straight aggregate 160 pass through the vinyl 125, which will be described later. A plurality of second support rods 177 that protrude through to be provided with a strong wind discharge space (B), and a third aggregate 130 connected in the longitudinal direction at the ends of the plurality of second support rods 177;

A second curved portion 258 is formed between the opposite ends of the straight aggregate 160 forming the first and second support rods 77 and 177, and a protrusion of the inclined pipe 180 is formed. A plurality of second curved portions 258 that extend the strong wind discharge space (B) by passing the upper end of the plastic house 100 into a curved structure, and the second curved portion in the third aggregate 130 for the indictment 179 . The second tent paper 282 covering the section of the second curved part 258 fixed to the end of the support rod 197 while covering the 258, and penetrating through the upper end of the covered second tent paper 282 The strong wind outlet 188, the support aggregate 210 and the fourth aggregate 140 are provided with rotating drums 76 and 176, respectively, and wound so as to be connected to the rotating drums 76 and 176, respectively. The second tent paper 282 is wound around the semi-second tent paper 282, the strong wind outlet 188 is an invention that is provided to block and open the enlarged heavy snowfall space (B) so that the perforation is performed by remote control.

In addition, the upper end of the indictment 179 fixed to the lower end of the tent paper 182 in which the strong wind discharge space (B) is vertically assembled, and the land 170 protruding horizontally from the upper end of the indictment 179 A blocking door 246 in which the strong wind inlet space (A) is blocked by the combination of the low temperature air inlet 233 and the hinge 245 for blocking the air inlet 233,

The box 255 for the cooling space connected to the pipe 282 in the blocked strong wind inlet space (A) and the box 255 for the cooling space are provided on the upper side of the room for wrapping and binding the filter layer 264 A filter pipe 267, a supply hose 281 for supplying water to the filter pipe 267, a space pipe 286 provided inside the filter layer 264, and the space pipe 286 A strong wind movement space (C) supplied with clean air through a plurality of connected pipes 282,

A heating space (E) sealed with a vinyl 125 covering the straight aggregate 160 formed of the first and second support rods 77 and 177, and the sun assembled at the upper end of the tent paper 182 With the provision of a black second solar heating unit 236 for light heating, the air introduced from the drain pipe 156 is heated to supply the indoor space (s) to the indoor space (s) by forming a sealed heating space (D) on the side of the plastic house. It is an invention provided to keep the indoor space (s) of the house warm.

In addition, the hanging plate 268 provided with a hook 269 at the end of the roof 220 that is inclined so as to be provided in the facility 290 formed of the plastic house 100, and the strong wind by assembling the hook 269 The assembly pipe 277 in which the discharge space (B) is formed, and the connection pipe 266 fixed so that a strong wind inlet space (A) is formed in the longitudinal direction in the plurality of bodies 179 fixed in the ground 230, and, Invention provided to induce strong wind as a strong wind guide plate body 289 assembled into a strong wind guide sheet 250 while being inclinedly assembled with the assembly pipe 277 from the inclined pipe 288 assembled with the connection pipe 266 to be.

The present invention is a windbreak wall for a plastic house, in a section where strong wind damage is expected in an orchard, paddy field, or field, in the direction of the strong wind, to prevent windbreak damage by installing a windbreak wall at the edge of farmland. As an invention to provide protection against damage from strong winds as induction, it is an invention that reinforces the economic feasibility of farming by reducing damage from strong winds and heavy snow caused by climate change.

1 is a partial perspective view showing the main part of the present invention;
Figure 2 is a cross-sectional view taken along line AA in Figure 1;
Figure 3 is a cross-sectional view of one embodiment of the main part in Figure 1;
4 is a fragmentary perspective view of one embodiment of the main part of the present invention;
Fig. 5 is a partial perspective view of one embodiment of Fig. 4;
6 is a cross-sectional view taken along line BB in FIG. 5;
Fig. 7 is a partial perspective view of an embodiment of the main part in Fig. 3;
Fig. 8 is a partial perspective view of an embodiment of the main part of Fig. 7;
Fig. 9 is a partial perspective view of an embodiment of the main part of Fig. 8;
Fig. 10 is a partial perspective view of another embodiment of the main part of Fig. 8;
11 is a fragmentary perspective view of another embodiment of the main part of the present invention;
Fig. 12 is a cross-sectional view of the main part of Fig. 11;
Fig. 13 is a partial perspective view of another embodiment of the main part of Fig. 11;

In other words, it is the installation of a strong wind guiding wall ( ) that slopes to one side from a vinyl house built with northern waters in sections where strong winds or cold damage is expected in farmland, orchards, horticultural complexes, etc. To prevent damage to crops and facilities by strong winds and heavy snow. It is an invention that provides

1 is a partial perspective view showing the main part of the present invention; FIG. 2 is a cross-sectional view taken along line AA in FIG. 1; FIG. 3 is a cross-sectional view of an embodiment of the main part in FIG. 1; and FIG. 4 is an embodiment of the main part of the present invention. It is a partial perspective view of an example, FIG. 5 is a partial perspective view of an embodiment with respect to FIG. 4 , FIG. 6 is a cross-sectional view taken along line BB in FIG. 5 , FIG. 7 is a partial perspective view of an embodiment of the main part in FIG. 3 , and FIG. 8 is FIG. 7 is a partial perspective view of an embodiment of the main part, FIG. 9 is a partial perspective view of an embodiment of the main part in FIG. 8, and FIG. 10 is a partial perspective view of another embodiment of the main part in FIG.

11 is a partial perspective view of another embodiment of the main part of the present invention, FIG. 12 is a cross-sectional view of the main part in FIG. 11, and FIG. 13 is a partial perspective view of another embodiment of the main part in FIG.

Therefore, the present invention specifically provides an inflow space (A) from the land that is inclined in accordance with the direction of blowing to the side of the plastic house in order to prevent damage to the vinyl body against the strong wind blowing from the plastic house complex, and the inflow space It is an invention that provides for fixing the ends of the support aggregates 70a with the first support rods 77 that connect to each other so that (A) and the induction space (B) spaced apart from the vinyl body are provided. It is an invention that provides an inflow space (A) and an induction space (B) to form an inflow space (A) and a guide space (B) on the side of the plastic house, and a strong wind guiding wall that slopes toward the upper section of the plastic house. It is an invention provided to reinforce durability in a greenhouse complex.

That is, the aggregate 110 protruding in a plurality in the longitudinal direction from both sides of the land 170 to form the inner space (s) for the plastic house, and the vinyl 125 covering the outside of the aggregate 110 to the outside The description of the invention for forming a strong wind discharge space is to form an arc-shaped curved portion 158 at the upper end to which the aggregate 110 is continuously and repeatedly fixed and the aggregate 110 is connected by protrusion, and the curved portion A vinyl house in which an inner space (s) formed by covering the outer surface of the aggregate 110 reinforced by connecting each of the connecting aggregates 120 to the upper section and the protruding section of 158 with a vinyl body 125 is formed (100) and a box 255 for a cooling space buried in the shoulder of the plastic house 100 and a body 179 are used to build a plastic house 100 to which it is fixed.

Here, based on the strong wind blowing in the side from the plastic house 100 complex, it is an invention that provides the main part of the present invention.

Therefore, when described in detail based on the attached Figures 1 to 3,

Assembled in the longitudinal direction to form a strong wind discharge space (B) outside the vinyl body 125 while being fixed to the upper end (g) for the curved portion 158 of the plurality of aggregates 110 provided in the plastic house 100 A plurality of straight bars 79, a connecting aggregate 155 for connecting the ends of the plurality of straight bars 79 to each other, and a section outside the connecting aggregate 155 on the shoulder of the plastic house 100 The provision of a plurality of inlet 179 fixed to the land 170 of the and the fourth aggregate 140 connected to each other according to the plurality of indictments 179 forms a strong wind inlet space (A). In addition, the tent paper between the inclined pipe 180 for obliquely fixing between the connecting aggregate 155 and the third aggregate 130, and the third aggregate 120 fixed to the upper and lower ends of the inclined pipe 180, respectively. It is provided with a strong wind guiding wall (182') provided by covering it with (182).

In addition, by assembling the connecting aggregate 155 and the fourth aggregate 140 with the hooks 185 respectively provided on the third aggregate 130 to assemble the strong wind guiding wall 182 ′, it is formed in the prosecution 179 section. In the section on one side of the plastic house 100 between the strong wind inlet space (A) and the strong wind outlet space (B) formed in the section of the straight rod 79, a strong wind movement space (C) that moves with the flow of strong wind is formed. As,

As the strong wind blowing to one side of the plastic house 100 is separated into the strong wind guiding wall 182 ′ and the strong wind inlet space (A), it is an invention that provides to protect the plastic house by guiding it into the air.

In addition, the connecting aggregate 155 and the fourth aggregate with hooks 185 respectively provided on the third aggregate 130 to assemble the strong wind guiding wall 182 ′ so as to be formed on one side from the upper end g of the plastic house. By assembling at 140, one side section of the plastic house 100 between the strong wind inlet space (A) formed in the prosecution section 179 and the strong wind outlet space (B) formed in the straight bar 79 section An embodiment for the formation of inflow into the indoor space (s) from the strong wind movement space (c) moving in the flow of the strong wind to the air passage hole 247 perforated in the vinyl 125 in the strong wind movement space (c) The description is described in detail based on the attached Figure 4,

At the upper end (g) of the plastic house 100, to be provided symmetrically with each other in both sections, the connecting aggregate by hooks 185 respectively provided on the third aggregate 130 to assemble the strong wind guiding wall 182 ′. By assembling the 155 and the fourth aggregate 140, the plastic house between the strong wind inlet space (A) formed in the section 179 and the strong wind outlet space (B) formed in the straight bar (79) section ( 100) is an invention that provides the formation of a strong wind movement space that moves in the flow of a strong wind in the section on one side.

This provides a buffering effect against draft by forming a strong wind movement space that moves with the flow of wind in the section on both sides of the vinyl house 100 to avoid damage from heat waves and cold sea due to climate change as well as the change in the direction of the strong wind according to the season. It is an invention.

Therefore, the reinforcement device for the effect of the strong wind guiding wall 182' for guiding the strong wind flowing into the strong wind inlet space (A) in the air direction is a plastic house against the strong wind blowing to the side of the plastic house 100. It is an invention that provides protection.

In addition, it is preferable to provide the strong wind guiding wall 182' with a metal body heated by sunlight, and as an embodiment for this, it is provided as a photovoltaic panel 288 containing a metal body to be heated by sunlight. .

In addition, when heavy snow accumulates in the plastic house 100 complex due to seasonal factors, as an invention that prevents the damage of the plastic house 100 from collapsing as the aggregate of the vulnerable plastic house is bent, the attached Figures 4 to 6 To explain in detail,

It is fixed with the straight aggregate 160 fixed to the curved part 158 of the upper end of the aggregate 110 for the plastic house 100, and both sides of the straight aggregate 160 pass through the vinyl 125, A plurality of second support rods 177 that protrude through so as to be provided with a strong wind discharge space (B), which will be described later, and a third aggregate 120 connected in the longitudinal direction at the ends of the plurality of second support rods 177 . Wow,

The inclined pipe 180 in which a second curved portion 258 is formed between both ends of the straight aggregate 160 forming the first and second support rods 77 and 177, and the first and second sewing rods 77 ) (177) with an extension of the inclined pipe 180, which is fixed obliquely to each other between the two, passes the upper end of the plastic house 100 into a curved structure and fixes it to the end of the supporting aggregate 210 on the other side. 258) and a support rod 197 protruding through the vinyl 125 from the central portion g of the support aggregate 110, a second curved portion provided in a curved structure at the upper end of the plastic house 100 It is given as 258, and is provided to fix the tent paper 182 inclined in the strong wind inlet space (A) to the end of the support aggregate 210 while covering the inclined pipe 180 by extending it further, It is an invention that reduces the load of the increasing vinyl 125 and also reduces the sunlight reflected in the heat wave.

Here, the description for the process of adjusting the inflow interval of strong wind by winding the second tent papers 182 and 282 on the first and third support rods 77 and 177, respectively, is the support aggregate 210 and the fourth aggregate The rotating drums 76 and 176 respectively provided in 140 are rotated by a control device (not shown) to be remotely controlled, and the rotating drums 76 and 176 are mounted on the rotating drums 76 and 176 with each other. It is an invention in which blocking and opening are performed with the enlarged second tent paper 282 by winding the tent paper 182 wound to be connected.

Here, a strong wind outlet 188 is provided in the second tent paper 282 that covers the curved portion where the third support rod 177, which is the upper section of the plastic house 100, is fixed by protrusion, and a strong wind blows as a headwind in winter. By discharging the strong wind flowing into the induction space (B) provided in the other section of the side of the plastic house 100, it is an invention that reinforces the durability of the tent paper 182 against the strong wind.

In addition, if an embodiment of the strong wind movement space (C) is described in detail based on the accompanying FIGS. 7 to 9, the sun illuminating the strong wind guiding wall 182' provided on the side of the plastic house 100 in the cold season A photovoltaic panel 288 made of metal or a black heating body to be provided in the tent paper 182 so as to be heated by light, and a vinyl 125 covering the straight aggregate 160 provided at the upper end and , the air inlet 233 forming the air inlet space (A) provided at the lower side of the strong wind movement space (C) is provided with a blocking door 246 coupled with a separate hinge 245, and the air inlet space (A) This is to provide a sealed heating space (E) to form.

In addition, the strong wind inlet space (A) is blocked by the hinge 245 combination formed in the low temperature air inlet 233 of the land 170 to reinforce the indoor harmony with the indoor space (s) in the cold or hot season. The door 246, the box 255 for the cooling space buried in the shoulder of the plastic house 100, and the box 255 for the cooling space to the strong wind inlet space (A) are adjusted by a control device not shown connected to the inlet pipe 253 Here, a filter tube 267 surrounding the filter layer 264 to be provided on the upper side of the room for the cooling space box 255, a supply hose 281 for supplying water to the filter tube 267, and the The space pipe 286 provided inside the filter layer 264 and the plurality of pipes 282 connected in the space pipe 286 provide the clean air to the strong wind movement space (C).

In addition, in the box 255 for the cooling space buried in accordance with the length section of the plastic house 100 in the land 170, the temperature of the land according to the change of the season for the indoor space (s) of the plastic house 100 As an invention for the harmony of heat preservation and cooling, the water heated by a heating device (not shown) is wrapped with a filter layer (264) so as to heat water warmed by geothermal heat with electric power generated by the photovoltaic panel (288) in the cold season. By spraying the filter pipe 267 provided with a mesh with the spray stand 262, the air kept warm in the process of passing through the filter layer 263 is supplied to the strong wind inlet space (A) connected to the inlet pipe 253, It is an invention that supplies the indoor space (s) of the plastic house (100).

In addition, in order to cool the sweltering temperature in the hot season, in order to supply cooled air to the indoor space (s) of the plastic house 100, the power generated by the photovoltaic panel () is used to operate a refrigerator (not shown). By spraying the provided cooling water to the filter tube 267 that surrounds the filter layer 264 with the spray bottle 262, the air cooled in the process of passing the filter layer 263 is connected to the inlet tube 253 through the strong wind inlet space ( It is an invention that supplies the air through the passage of the air passage hole 247 perforated in the vinyl 125 in the strong wind inlet space (A) as inflow into the indoor space (s).

Here, as an invention that provides an air inlet space (A) adjacent to the vinyl 125 on the side of the plastic house 100, it will be described in detail based on the attached FIG.

Therefore, a hinge 245 for blocking by coupling to a tent paper having a strong wind inlet space (A) formed in the low temperature air inlet 233 of the land 170 protruding horizontally from the upper end of the indictment 179. The combined blocking door 246 and the first and second support rods 77 and 177 form a strong wind movement space (c) sealed with a vinyl 125 covering the straight aggregate 160 formed therein.

In addition, for the new and renewable power generation, as well as heating the sealed strong wind movement space (C) with sunlight in the cold season, a black second solar heating unit 236 for solar heating assembled on the upper end of the tent paper 182 ), it is an invention provided to keep the indoor space (s) of the plastic house insulated by forming a heating space (d) sealed on the side of the plastic house by heating air in the heating space (e).

In addition, for solar heating reinforcement and durability reinforcement for the sealed heating space (D), the width of the strong wind movement space (C) that moves with the flow of strong wind in one side section of the plastic house 100 is added to the plastic house 100. The strong wind guiding wall 182 ′ provided to be formed outside the vertical strong wind discharge space (B) to match the vertical height section of the vinyl 125 provided on the side wall of the, and the strong wind guiding wall 182 ′). In order to block the air inlet 233 that introduces the low-temperature air of the land 170 that protrudes horizontally from the upper end of the indictment 179 fixed to the lower side of the (245) The combined blocking door 246 and the first and second support rods 77 and 177, the vinyl 125 covering the straight aggregate 160 formed by the sheet or solar panel () is sealed The provision of the heating space (E) formed as the is an invention that provides a cool environment by keeping the indoor space (s) of the plastic house by forming a closed heating space (E) on the side of the plastic house.

[Example 1]

The plastic house 100 is to cultivate horticultural crops or to be used as an auxiliary workshop. Therefore, it is provided as the facility 290 as an embodiment for this. Therefore, the facility 290 is provided with a sloped roof 220, and is used to construct a sloped roof or a cover formed of a flat slab for protection against rainwater or strong winds in the inner space. In particular, it is for work or the creation of a shelter in the yard of the facility during a heat wave, and the strong wind guide plate body that is inclined by the moving force of the strong wind from the side of the adjacent facility 290 in the direction in which the strong wind blows in the receiving state blows into the air It is provided to be guided, and the provision of a photovoltaic panel 288 for inducing strong winds into the air is environmentally friendly contributing to the development of new and renewable energy, and induces ventilation to be formed in the buffer space between the building and the photovoltaic panel. .

Accordingly, an embodiment of the present invention will be described in detail with reference to the accompanying FIGS. 11 to 13. FIG. 11 is a partial perspective view of another embodiment of the main part of the present invention, and FIG. 12 is the main part in FIG. It is a cross-sectional view, and FIG. 13 is a partial perspective view of another embodiment of the main part of FIG.

Therefore, as the provision of the hanging plate 268 provided with the hook 269 at the end of the roof 220 or wall 222 that is inclined so as to be provided in the facility 290 formed of the plastic house 100, the present invention It is provided to be provided with a strong wind inlet space (A) by the combination of the strong wind guiding plate body 289, which is a major part, and an assembly pipe 277 in which a strong wind outlet space (B) is formed by assembling the hanger 269, and the ground ( By assembling the connection pipe 266 fixed so that a strong wind inlet space (A) is formed in the longitudinal direction in the plurality of indictments 179 fixed in 230), a soft space for strong wind damage is formed in the idle space, which is the side of the building. it is ham

In addition, in the inclined pipe 280 assembled with the connection pipe 266, the assembly pipe 280 and the assembling pipe 280 are obliquely assembled, and the strong wind is provided as a strong wind guide plate body 289 assembled with a strong wind induction sheet or a photovoltaic panel 288. It is an invention provided to induce.

Therefore, the strong wind blowing to the side of the facility 290 is provided as a wind power guide plate body 289 formed of a tent paper or a strong wind guide city that is fixedly and inclinedly downwardly installed at the lower end of the roof 220, where in one embodiment the heat wave The provision of a photovoltaic panel 288 that induces strong winds into the air while providing a shade area while developing with sunlight reflected in the air is eco-friendly contributing to the development of new and renewable energy, and to reduce the damage of strong winds or cold damage to facilities. It is an invention that provides

In addition, the strong wind discharged from the strong wind discharge space (B) connected to the lower side of the sloping roof 220 induces the strong wind blown on the roof 220 into the air room, thereby preventing the detachment of the tile sheet installed on the roof. Or it is an invention provided to reinforce the stability of the window frame provided on the wall 222 of the building 290.

As described above, the configuration and operation of the present invention has been described with reference to one embodiment, but the present invention is not limited thereto, and changes and modifications within the scope of the present invention will also fall within the scope of the present invention.

100: vinyl house 110: aggregate 125: vinyl 158: curved part
177: support rod 180: inclined pipe 120,130: second, third aggregate 182'): strong wind guide wall
188: strong wind outlet 233: air inlet 236: second solar heating unit 246: blocking door
250: strong wind induction sheet 264: filter layer 286: space pipe

Claims (4)

The aggregate 110 in which the upper section is connected to the arc-shaped curved part 158 while protruding from both sides of the land 170, and the aggregate 110 in the longitudinal direction to form the inner space (s) of the plastic house 100 The inner space (s) is formed by covering a plurality of aggregates 110 constructed with a vinyl 125 on the outside of the aggregate 110 for houses assembled with a connection aggregate 120 to which the aggregate 110 is fixed. In the plastic house 100 and the plastic house 100 to which the box 255 for the cooling space and the body 179 buried in the shoulder of the plastic house 100 are fixed,
In the plastic house 100, the connecting aggregate 120 assembled in the longitudinal direction along the upper end (g) for the curved portion 158 of the plurality of aggregates 110, and the plurality of upper ends formed in the aggregate 110 ( A plurality of straight rods 79 that protrude to form a strong wind discharge space (B) on one side while being fixed to g), and a connecting aggregate 155 that connects the ends of the plurality of straight rods 79 with each other;
A plurality of indictments 179 fixed to the land 170 so as to be fixed to the outside than the connecting aggregate 155 on the shoulder of the plastic house 100, and a fourth aggregate connected to each other according to the plurality of indictments 179 ( 140), the inclined pipe 180 for obliquely fixing between the connecting aggregate 155 and the third aggregate 130, and the third aggregate 120 and the fourth aggregate 140 fixed by the inclined pipe 180. ) between the strong wind guiding wall 182 ', which is provided by covering with tent paper 182, and the hook provided on each of the connecting aggregate 155 and the third aggregate 130 for assembling the strong wind guiding wall 182 ' ( 185) of the strong wind inlet space (A) formed in the prose 179 section by assembling the connecting aggregate 155 and the fourth aggregate 140 to the fourth aggregate 140, and the strong wind outlet space (B) formed in the straight bar 79 section As a formation, the strong wind blowing to one side of the plastic house 100 is separated into the strong wind guiding wall 182 ' and the strong wind inlet space (A), and as a guide to the air, strong wind protection in the plastic house provided to protect the plastic house structure for the wall. According to claim 1,
A strong wind guide wall 182 to form a vertical strong wind discharge space (B) to match the width of the strong wind movement space (C) to the vertical height section of the vinyl body 125 provided on the side wall of the plastic house 100 ') is formed, and a black air inlet 233 protruding horizontally from the prosecution 179 fixed to the lower side of the strong wind guiding wall 182' is provided, and a black color is provided in the strong wind discharge space (B). As the provision of the second solar heating unit 236, a black second solar heating unit 236 for solar heating provided on the upper side and a strong wind inducing wall 182' in a transparent state,
A photovoltaic panel 288 heated by sunlight to be provided on the strong wind guiding wall 182';
The straight aggregate 160 fixed to the curved part 158 of the upper end of the aggregate 110 for the plastic house 100, and both directions of the straight aggregate 160 pass through the vinyl 125, which will be described later. A plurality of second support rods 177 that protrude through to be provided with a strong wind discharge space (B), and a third aggregate 130 connected in the longitudinal direction at the ends of the plurality of second support rods 177;
A second curved portion 258 is formed between the opposite ends of the straight aggregate 160 forming the first and second support rods 77 and 177, and a protrusion of the inclined pipe 180 is formed. A plurality of second curved portions 258 that extend the strong wind discharge space (B) by passing the upper end of the plastic house 100 into a curved structure, and the second curved portion in the third aggregate 130 for the indictment 179 . The second tent paper 282 covering the section of the second curved part 258 fixed to the end of the support rod 197 while covering the 258, and penetrating through the upper end of the covered second tent paper 282 The strong wind outlet 188, the rotating drums 76 and 176 provided in the support aggregate 210 and the fourth aggregate 140, respectively, and the rotating drums 76 and 176 are moved by rotational driving The second tent paper 282 and the second tent paper 282 are wound in the protrusion (g) section to prevent damage caused by heavy snow to block and open by remote control strong wind in the greenhouse Structure for a protective wall. 3. The method of claim 1 or 2,
The upper end of the indictment 179 fixed to the lower end of the tent paper 182 in which the strong wind discharge space (B) is vertically assembled, and the lower end of the land 170 protruding horizontally from the upper end of the indictment 179 A blocking door 246 in which the strong wind inlet space (A) is blocked by the combination of the temperature air inlet 233 and the hinge 245 for blocking the air inlet 233,
In the strong wind inlet space (A), a box 255 for a cooling space connected to an inlet pipe 253, and a filter that is provided on the upper side of the room for the cooling space box 255, wraps and binds the filter layer 264 A pipe 267, a supply hose 281 for supplying water to the filter pipe 267, a space pipe 286 provided inside the filter layer 264, and the space pipe 286 are connected A strong wind movement space (C) supplied with clean air through the pipe 282,
A heating space (E) sealed with a vinyl 125 covering the straight aggregate 160 formed of the first and second support rods 77 and 177, and the sun assembled at the upper end of the tent paper 182 With the provision of a black second solar heating unit 236 for light heating, the air introduced from the drain pipe 156 is heated to supply the indoor space (s) to the indoor space (s) by forming a sealed heating space (D) on the side of the plastic house. A structure for a strong wind protection wall in a plastic house that is provided to keep the indoor space (s) of the house insulated. According to claim 1,
Strong wind discharge by assembling a hanging plate 268 with a hook 269 at the end of the roof 220 that is inclined to be provided in the facility 290 formed of the plastic house 100, and the hook 269 The assembly pipe 277 in which the space (B) is formed, and the connection pipe 266 fixed so that a strong wind inlet space (A) is formed in the longitudinal direction in the plurality of bodies 179 fixed on the ground 230, and the A plastic house provided to induce a strong wind as a strong wind guide plate body 289 assembled with a strong wind guide sheet 250 while being inclinedly assembled with the assembly pipe 277 from the inclined pipe 280 assembled with the connecting pipe 266. Structures for strong wind protection walls.

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